The Futsal is a high-intensity and intermittent sport that has as main action in the attempt to make goal kick, but it isn’t known how the interaction between the goalkeeper ante the bater occurs. Therefore, to understand the mechanism of perception-action under the effect of fatigue during the kick using the goalkeeper-dependent strategy is of great relevance for the sport. Thus the aims of the study are: a) To verify the influence of different moments of insertion of the visual tip during the approach run in the motor behavior and visual control in the performance of the kick with stationary ball in futsal; b) To investigate the effect of fatigue in the visual behavior and the precision during the kick with stationary ball in futsal according to the manipulation of the visual tip. From Study 1, 17 amateur athletes participated in 18 kicks stationary ball in 3 conditions (visual tip at 1.6 a 0.8 meters from the approach run to the ball and without visual tip). To verify the motor, visual and performance parameters were used infrared camera systems (OptiTrack 17W) and eye tracking (EyeTracking Mobile System). The conditions was compared using ANOVA one way and effect magnitude analysis. There was only a decrease in velocity of the last step in the visual tip condition at 0.8 meters compared to 1.6 meters (p = 0.042). The analysis of magnitude of effect revealed small possible increase in attention and decrease in movement speed in the condition without visual tip and visual tip at 0.8 meters compared to visual tip at 1.6 meters. It’s concluded that the manipulation of the visual tip at different moments of the approach run does not alter the visual, motor and performance parameters during the kick with stationary ball in futsal. From Study 2, another 10 amateur athletes participated in the kicks under the conditions of Study 1, pre and post fatigue induction protocols (Hoff adapted to the Futsal incremental and Repeated-sprints ability), but with a decrease in the number of attempts in each condition to decrease the chances of recovering the fatigue state. The same dependent variables and equipment of Study 1 were used. The conditions (visual tip) and moments (fatigue) were compared through two way ANOVA. There wasn’t effect for condition, but fatigue altered the behavior of the eye only at the moments close to the kick, specific for the look on the ball (F2,18 = 4,229; p = 0,031) and another (F2,18 = 6,556; p = 0.007). It’s concluded that fatigue causes an increase in visual dependence on the ball and others.